ALIFF SYAFIQ JAMALUDDIN

• Installed, commissioned, and supported collaborative robotic automation solutions for manufacturing and semiconductor customers across Southeast Asia. • Troubleshot electro-mechanical, software, and automation-related issues, performing root cause analysis (RCA) and implementing corrective actions to improve equipment reliability and uptime. • Programmed, configured, and optimized JAKA collaborative robots, integrating vision systems, force sensors, and third-party automation equipment to improve process performance and cycle time. • Supported system integration activities including I/O mapping, robot teaching, process validation, and customer acceptance testing. • Monitored equipment and process performance, identifying technical issues and supporting continuous improvement initiatives within manufacturing environments. • Led the installation, commissioning, and customer acceptance testing (FAT/SAT) of collaborative robotic systems for multinational manufacturing customers. • Developed Work Instructions (WI), technical documentation, and training materials while delivering technical training and support to customers, partners, and system integrators. Key Achievements: • Successfully deployed and supported more than 20 collaborative robot installations across Southeast Asia. • Supported automation projects involving robotic dispensing, pick-and-place, palletizing, screwdriving, welding integration, and machine tending applications. • Delivered automation solutions for customers in semiconductor, electronics, automotive, and industrial manufacturing sectors.

• Led technical solution discussions and layout reviews for manufacturing automation projects, supporting successful project approvals and customer implementation. • Resolved complex technical and operational issues, restoring customer confidence and supporting business continuity across regional accounts. • Coordinated regional service activities, technical documentation, and customer escalations using SAP to improve response efficiency and service delivery. • Performed high-precision torque calibration for automated screwdriving systems, ensuring compliance with manufacturing quality and calibration standards. • Supported technical demonstrations, proof-of-concept activities, and solution validation for automation and assembly applications across Southeast Asia. Key Achievements: • Successfully supported multiple automation projects for Tier-1 manufacturing customers across Southeast Asia. • Contributed to technical resolution activities that secured over €40,000 in customer business value and project continuity.

• Conducted technical training for customers, technicians, and engineers on system operation, troubleshooting, calibration, and maintenance best practices. • Supported pre-sales engineering activities including technical layout design, proof-of-concept (POC) testing, and solution validation for manufacturing customers. • Collaborated with regional and global engineering teams to resolve technical issues and improve equipment performance. Key Achievements: • Successfully established DEPRAG Malaysia Calibration Laboratory from initial setup to operational readiness. • Supported automation and assembly projects involving screwdriving systems, UR robots, KUKA robots, Beckhoff PLC platforms, and precision assembly solutions. • Delivered technical support and commissioning activities across Malaysia, Singapore, Thailand, and the Philippines.

• Performed on-site calibration, preventive maintenance, troubleshooting, and verification activities for RF, microwave, telecommunication, and electronic test equipment across customer facilities. • Diagnosed equipment performance issues, conducted measurement verification, and supported corrective actions to ensure compliance with calibration and quality standards. • Supported the migration of legacy test systems to modular TOPAZ and DIVA platforms, improving laboratory efficiency, equipment utilization, and workflow effectiveness. • Delivered technical training to customers on equipment operation, basic troubleshooting, calibration practices, and measurement best practices. • Collaborated with quality and engineering teams to maintain ISO 9001 compliance, calibration integrity, and continuous process improvement initiatives. • Managed calibration and verification activities for a wide range of electronic test and measurement equipment across semiconductor, electronics, and manufacturing industries. Key Achievements: • Reduced average calibration turnaround time from 7 days to less than 24 hours through process optimization and workflow improvements. • Supported calibration and maintenance activities for leading semiconductor and electronics manufacturers throughout Malaysia. • Developed strong expertise in calibration, measurement uncertainty, equipment verification, preventive maintenance, and technical troubleshooting.

• Supported solar module manufacturing operations, ensuring production targets, quality requirements, and process stability were achieved. • Monitored production yield and process performance, identifying issues and supporting corrective actions to improve efficiency. • Assisted in troubleshooting minor equipment and process-related issues while working closely with production and engineering teams. Key Achievement: • Recognized for strong leadership and operational performance, leading to consideration for an engineering career progression.

• Conducted quality assurance tests and implemented process improvements to enhance product quality. • Assisted with machine installations, setup, and part assembly to support production operations.

• Maintained production machines and equipment to ensure consistent and efficient operations • Operated and managed the End Control Machine for final needle assembly, demonstrating reliability and technical expertise.. • Identified and debugged issues in processes, products, and equipment, implementing effective solutions to maintain production quality. • Led and guided operators to uphold production integrity and meet quality standards.

• Conducted tests, inspections, and laboratory experiments to verify engineering applications and ensure product quality. • Supported engineering teams by building and analyzing models, simulations, and test data. • Identified engineering requirements by performing analytical tests, maintaining control charts, and determining root causes to improve processes.

Engineering Team Project- Smart Adjustable Green Roof System Final Year Project- Evaluation Wireless Power Transfer To Human Body